A higher cholorophyll content in leavesof mycorrhizal plants under sal translation - A higher cholorophyll content in leavesof mycorrhizal plants under sal Indonesian how to say

A higher cholorophyll content in le

A higher cholorophyll content in leaves
of mycorrhizal plants under saline conditions has been
observed by various authors (Giri and Mukerji, 2004;
Sheng et al., 2008; Shekoofeh and Sepideh , 2011).
Photosynthetic pigments were found to be increased
under the influence of mycorrhizal inoculation. One
reason of cholorophyll decrease in salt stress is
antagonistic effects of sodium ion on Mg absorption.
Since mycorrhiza helps in absorption of Mg in plants in
some cases, it can increase chlorophyll synthesis in
mycorrhizal treated plant. Also chlorophyll increase can
be resulted from sodium decrease in shoot of mycorrhizal
plants relative to non-mycorrhizal plants. Mycorrhizing
decrease role of salt in chlorophyll synthesis (Giri and
Mukerji, 2004). In Glomus etunicatum inoculated maize
plant, increase in photosynthesis speed, transpiration
and chlorophyll a, b density was reported under cold
stress (Zhu et al., 2010). Also in Jatropha curcas
mycorrhizal plants higher chlorophyll were reported than
non-mycorrhizal plants under salt stress conditions
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kandungan cholorophyll lebih tinggi dalam daun
tanaman mikoriza dalam kondisi saline telah
diamati oleh berbagai penulis (giri dan Mukerji, 2004;.
sheng et al, 2008; shekoofeh dan sepideh, 2011). pigmen
fotosintesis ditemukan ditingkatkan
di bawah pengaruh inokulasi mikoriza. salah satu
alasan penurunan cholorophyll stres garam
efek antagonis ion natrium pada penyerapan mg.
karena mikoriza membantu dalam penyerapan mg pada tanaman di
beberapa kasus, dapat meningkatkan sintesis klorofil dalam
mikoriza diperlakukan tanaman. juga peningkatan klorofil dapat
dapat dihasilkan dari natrium penurunan tunas mikoriza
tanaman relatif terhadap tanaman non-mikoriza. mycorrhizing
penurunan peran garam dalam sintesis klorofil (giri dan
Mukerji,2004). di glomus etunicatum diinokulasi jagung
tanaman, meningkatkan kecepatan fotosintesis, transpirasi
dan klorofil a, b kepadatan dilaporkan di bawah dingin
stres (zhu et al., 2010). juga dalam jatropha curcas klorofil
tanaman mikoriza lebih tinggi dilaporkan dari
tanaman non-mikoriza dalam kondisi stres garam
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Kandungan cholorophyll lebih tinggi dalam daun
mikoriza tanaman pada kondisi normal saline telah
diamati oleh berbagai penulis (Giri dan Mukerji, 2004;
Sheng et al., 2008; Shekoofeh dan Doddy, 2011).
pigmen fotosintetik ditemukan untuk peningkatan
di bawah pengaruh mikoriza inokulasi. Satu
alasan cholorophyll penurunan garam stres adalah
antagonis efek ion natrium pada Mg penyerapan.
sejak mikoriza membantu dalam penyerapan mg pada tanaman di
beberapa kasus, dapat meningkatkan sintesis klorofil dalam
mikoriza diperlakukan tanaman. Juga dapat meningkatkan klorofil
dihasilkan dari natrium penurunan menembak mikoriza
tanaman relatif bebas-mikoriza tanaman. Mycorrhizing
mengurangi peran garam dalam sintesis klorofil (Giri dan
Mukerji, 2004). Etunicatum di Castanea diinokulasi jagung
tanaman, meningkatkan kecepatan fotosintesis, aliran transpirasi
dan klorofil a, b kepadatan dilaporkan di bawah dingin
stres (Zhu et al., 2010). Juga dalam jarak pagar
mikoriza tanaman lebih tinggi klorofil dilaporkan daripada
bebas-mikoriza tanaman di bawah garam kondisi tekanan
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